Transfer Printing Process TRIZ Cases

See how an IR-reflective and light-scattering dual-layer coating enables disperse dye sublimati

See how a nonwoven carrier with high-dye coating releases color during washing to arrest greyin

See how sublimation-based transfer media apply functional coatings to curved surfaces using hea

See how a water-based disperse dye ink with controlled particle size and dispersant prevents ni

See how electrostatic printing of release and ink layers onto a single transfer material elimin

See how a segmented porous ink-receiving layer and separate thermoplastic particle layer enable

See how thermal adhesive paper compounding eliminates pre-treatment agents, reduces energy use,

See how dual-side dyeing with knock-out images on stretch fabric creates dynamic advertisements

See how a sublimable carrier mediates dye transfer to hard-to-dye resins in one vapor step, ach

See how a removable cloth holder integrates printing and heating units to eliminate separate ha

See how pigment size, resin ratio, and volatile amine neutralization enable transfer-printing i

See how selective toner area density control reduces white-dot defects in iron-on transfer prin

See how a disperse dye ink set with optimized molecular weight and composite structure reduces

See how integrated holding and vertical transfer of lens and substrate simplify loading, elimin

See how rotating a heated roller faster than fabric feed speed averages out infrared temperatur

See how hollow glass particles in a functional spacer layer reduce curtain weight, prevent pigm

See how aqueous disperse dye ink with surfactants and viscosity control prevents nib clogging w

See how laser beam scanning with adaptive irradiation control fixes dye uniformly on plastic le

See how synchronized digital printing stations and continuous web feeding achieve over 11 m/min

See how a resin-crosslinker ink formulation enables sublimation transfer on cotton and syntheti

See how a dual black ink system—one with yellow, magenta, cyan dyes and one with C.I. disperse

See how a solid sublimable carrier mediates dye sublimation to prevent local concentration and

See how selective toner area density control resolves white-dot defects in iron-on transfer pri

See how a light-scattering polymer coating on thin acrylic enables rapid curved-panel formation

See how a metal base with an electromagnetic wave absorption layer prevents dye strike-through

A specialty silicone coating and powder adhesive improve sublimation image release on cotton, preventing bleeding, cracking, and poor matteness.

A specialty-coated transfer medium keeps sublimation ink wet, prevents bleeding, and improves image release and adhesion on fabric.

A microporous ink-receiving layer and thermoplastic particles speed drying while improving textile adhesion and transfer sharpness.

A dry foamed opacifying layer on porous fabric blocks light while enabling thermal color transfer without delamination or carbon black fumes.

A dry foamed opacifying layer blocks light in drapery while enabling thermal dye transfer without carbon black, delamination, or off-gassing.

Selective infrared heating fixes sublimed dye on high-index lenses while shielding undyed areas to prevent yellowing and preserve gradation.

A shaped dye pad and activation solution create durable embedded markings on polymer surfaces at room temperature without heat or pressure.